The black hole will cause that the information is lost forever

There is an interesting theory about the black hole. When an object is falling in the black hole, it would come out from the black hole in the point, when the black hole is formed. When a black hole is forming in the supernova explosion, there is the possibility that in that case, the white hole is forming.

So we can see that white only at a short moment because the point of the white hole is stable and the time moves around that object. And that means, if we want to see the white hole, we must look at the supernova at the precise right moment. The white hole would exist only a couple of microseconds, and then it will be closed.  

If information travels through the black hole, that doesn't mean that the information can return to its original form. But if that thing is possible, we could create an electromagnetic black hole in the laboratory, and then communicate with people who are living in the future by using laser systems.

The weakness of that kind of system is that the black hole would take information to the point, where it is formed. So there must be series of black holes that are connecting different times. And of course, information must connect back in the original form that it's useful.

Limit of the machine learning has been faced. The black hole will crush the information, and that's why it can not recover. So if information drops in a black hole it cannot return, at least in the same place. The reason is that the gravity field behind the event horizon is so strong, that even the light will trap inside the black hole.

But the fact is that there is the possibility to make the ring-shaped quantum computer just at the point of the event horizon. At that point, the time is slowing or precise at the point of the event horizon the time is stopped. That would give the quantum system more time to solve problems.

And of course, there is one very interesting idea, the black hole would be formed in the next of quantum computers when it starts to solve problems. And then the system would dive into the black hole when it is solving the problem. The idea is that the time dilation will take the quantum computer back to the point in time, where the black hole is formed, and researchers will get their answers just after the problem is started to solve.

Of course, the computer solves those problems probably millions of years, but the black hole will bring the computer back from the future to the point, where the black hole is formed. This is the way to benefit black holes in quantum computing. The radiation near a black hole would be so powerful, that the laser rays cannot pass the event horizon.

And the massive gravity field will turn the form of material, that cannot be recovered. Or we can go back to the moment, where the black hole formed, and then try to catch the information, what travels black in time. But the fact is that the information or data capsule should pass the giant explosion of a supernova.

https://scitechdaily.com/quantum-machine-learning-hits-a-limit-a-black-hole-permanently-scrambles-information-that-cant-be-recovered/

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